Solid State Orbo System

[lumen]

All experiments that I conducted prove it is false.
An hour ago, I was pulsing a toroid coil with pulses at low frequency around 100hz, strong enough to saturate the core. I held a magnet near the coil and it vibrated in my hand under the effect of the leakage fields from the toroid!

Imagine a half toroidal ferrite core with a coil. It is like a horseshoe magnet: the field lines loop from one end to the other but they don't follow a circular path, they expand around  (see: http://www.vizimag.com/horseshoe-246p-256c-b.gif).
Now imagine there is another half toroidal air coil facing the first one, connected in series and looping the toroid. Do you really think that the second half coil will significantly change the flux from the first one, when it has a very low magnetic permeability because of no core? Certainly not, the flux from the first half core will remain almost the same.
It is what is going on in Orbo and 2Sgen: the saturation causes gaps in permeability along the toroid, then flux leakages that can be recovered by coupling another coil (2Sgen) or that can be used to influence near magnet motion (Orbo).

@exnihiloest

So what are you thinking?
When the coil is in the off state of the pulse, the magnet attracts to the core, and when the coil is in the saturated state, the magnet is no longer attracted.
This will cause a pulsing of a nearby magnet.

At what point exactly did you expect to NOT feel the pulse?

How does your experiment prove leakage of field?

[Bruce_TPU]

Evening All,

Last experiment of the evening...

You know, all along, I thought it strange that my toroids are not getting hot.  Not even warm.  I figured that it was simply because I am running only at 70% duty cycle, and not very long at that.

But a bit ago, I was feeling my toroids again, after an extended period of operating, and the one I was feeling actually felt cooler than room temperature. 

I did a temp reading and when it was not operating, it was at 68 deg F. Room temperature.  When I turned it on, and put the probe in the core, it dropped to 44 deg F.  And I put my finger in the core also and felt a cool breeze.

Tried it some more times, and it always drops temp in the core.  Sometimes 54, sometimes 58 F. and sometimes 44 F.

I think I will borrow a laser thermometer tomorrow from work and check one more time.  It is kinda freaky feeling a cold inside hole of a toroid. 

I only checked the outside toroid that is pressed against the large magnet that is pressed against the outside of the brooks coil.

Cheers,

Bruce
http://www.energyfreedomreport.com

[void109]

@Bruce_TPU

The brooks coils are manufactured to my specs from another project.  We had to pay for tooling etc.  Which we still own.

I'd like to replicate your work - is there a way I could purchase some Brooks Coils from you since you already own the tooling for their manufacture?  Or maybe just provide your suppliers contact information?

Thanks much!

[void109]

Evening All,

Last experiment of the evening...

You know, all along, I thought it strange that my toroids are not getting hot.  Not even warm.  I figured that it was simply because I am running only at 70% duty cycle, and not very long at that.

But a bit ago, I was feeling my toroids again, after an extended period of operating, and the one I was feeling actually felt cooler than room temperature. 

I did a temp reading and when it was not operating, it was at 68 deg F. Room temperature.  When I turned it on, and put the probe in the core, it dropped to 44 deg F.  And I put my finger in the core also and felt a cool breeze.

Tried it some more times, and it always drops temp in the core.  Sometimes 54, sometimes 58 F. and sometimes 44 F.

Weren't some of the Orbo replicators reporting a cooling with their toroids a long time ago in the primary Orbo thread?  Any speculation on how this is occurring?

[gravityblock]

@Bruce:
You have my full attention.  That is a huge cooling effect.  You have some interesting stuff happening in your experiments.  Very promising.  Great Stuff!

@Void:  My toroid coil in my replication attempt ran around room temperature with no noticeable heating and I even heard a hissing noise from time to time coming from the toroid.  It also turned my webcam on/off and knocked the signal completely out for my off-air digital TV when the motor was running (I think this was due to not suppressing the spark from my homemade mechanical reed switch though).  A few others here have also reported a cooling effect from their replications. 

According to the theory on the Adams Motor, the cooling effect is cold electricity with a reversed time flow of negative current (Pulling energy in from the vacuum of space), http://members.fortunecity.com/freeenergy2000/adamsmotor.htm  If you can't accept the theory about the negative time flow of current, then you can't deny the effect of cooling that has been reported from many experiments over many years.  The effects are there, but we only have theories from observations to explain it.

GB